FRMPD2 cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin)

Gene
Clones
gRNAs

Summary

Gene Symbol	FRMPD2
Entrez Gene ID	108492040
Full Name	FERM and PDZ domain containing 2
Gene Type	protein-coding
Organism	Lepidothrix coronata(blue-crowned manakin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017803836.1	XP_017659325.1	FERM and PDZ domain-containing protein 2

Pathways from BioSystems
Gene Ontology

The following FRMPD2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FRMPD2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OLe50585	XM_017803836.1 Latest version!	Lepidothrix coronata FERM and PDZ domain containing 2 (FRMPD2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

FRMPD2 ( XM_017803836.1 ) cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin) -> XP_017659325.1 Lepidothrix coronata FERM and PDZ domain containing 2 (FRMPD2), mRNA.

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CloneID	OLe50585
Clone ID Related Accession (Same CDS sequence)	XM_017803836.1
Accession Version	XM_017803836.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6006bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Lepidothrix coronata(blue-crowned manakin)
Product	FERM and PDZ domain-containing protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016690188.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Lepidothrix coronata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTCCAGT TTGCACTGGG AAGTGTCAGT GAGATAGAGC AGGTGGTCAC CGAAGACAGC 
ACAGCCTCCC AGCTGAACAG GAGTCATGTG ATAAGGAAAA GGCTGCACGA GAAAATACCG 
GACACCTCAC CACTGTCCTC CCAGATGAAT TTTCATCAAG ATAAAGGGTC CAGATTAATG 
AATTATAGTC AGTCAACAGA AGATTACAGA CAACTCTCTG CGGACTATAG TGACTCAAAT 
AGTATTTCTG AAAGTGCATC TTTGATACTG TCTAACCGAG GACACAAGAG AGGGAAAGTT 
CCAGAGATGC ACAGGTCATG TGACCCCACA CTTAGTGGGT CAAGGACACA AAGTAGCTAC 
AAGCTCTTCA TAAACAGGTC GGTCAGTGCT GTAGAAGAAA TCCCTGGTGG AACTCAGAAG 
AACAACCGAC AGAACCTGTT AAGCCTAGGT TCCACTTTCT CTGTGTCTAC AAAAGACTAC 
ACAGCAGCTG CTTCATCACA GAAATGTTTA TTCCACAGGA AGGAAAAGTT TTCAGGTCCA 
GAATTTATTA TTTTGTCTGG TGAACCACCA GTGACCTTGC AGCTGCCTGG ATCAATTGTG 
ACTAAAAAAG GGAAATCCTA TTTGTCCCAA AGGGATCTCA ATGTGATTCT ACTCAATGGG 
CAGTGCCTCG AGGTGCAATG TGACATCAAG ACCAAGGCAA GAGATGTTTT CAACACCGTG 
GTGGCGTATG CAAACTTGGT GGAACATTTC TACTTTGGCT TGGCTTACCT GAAAGGTAAA 
GAATTCTTCT TTCTGGATGA GGAGACTAAA CTCTACAAAG TGGCCCCAGA TGGCTGGAAT 
GACCAACCCA AGAAGAAAAC CTCCATCATT AATTTCACAC TCTTTCTAAG GATAAAATTC 
TTTGTCAACC ACTTTCATGT TATCCAGCAC GGCTTGACAA GGCATCAGTT TTACCTGCAG 
CTTCGTAAAG ACATTTTGGA AGAACGATTA TATTGCAATG ACGAGACTGC CCTGAAACTC 
GGCGCTTTGG CTTTACAGGC AGAGCTTGGC AATTATGCTT CTGAGATGCA TGGAAAGAAC 
TATTTTCGTG TCGAAGACTA CGTTCCAGCA AGTCGAATAG AGAAAATGAC CCTGGCGTAT 
GTACAGCGAG AGCTTGCTAA ATTACATCGT ATGAATCGTT CCCTATTTGA GGATGAAGCT 
GAACTAGAAT TTTTAAAGGT GACTCAGCAA CTTCCCGAAT ATGGAGTGCT ATTCTATCGT 
GTGTCCCAAG AGAAGAAAGG AGCAGAAGGG GACATAATCC TGGGAATCTG TGCCAAAGGC 
ATCATTGTCT ATGAGATCAA AAATCACACA AGAATTGCCA GTTTACGATT CCAGTGGCGT 
GAAACAGAGA GAATTTCAGC TCATAGAAAA AAATTCATGA TTGAAAGCAG CTTCAGTGGC 
AAGAAACACA CCTTCATTAC TGATACAGCG AAGACATGTA AATATCTACT GGACCTCTGT 
TCTGCCCAGC ACAAATTCAA TGCGCAGATG AATTCTAGGC AACTTCGGCA AACTTCATCA 
GAGGACAGTA AATTTGTGGA AATAGACAAA TCAAATTCTG CATATGCAGC TCAGCGTGAA 
CACCTTGCTC TTATCCAGAG ACTGTCTCGT TCAGAGAATG TGCTCTATGG AGCAAATCTG 
GAAAACCTTT CTGCTGGGAT GATGAGCAAA TCTTGTGATA ACCTCAGTGT GGAAACCAAC 
AACAGGATGA GAGACAAAAG CAATCTAGGC AGGTCCTTAT CAGGCCTATC CCAGTCAGAA 
ATGCACATCA ATTTGAATGA AAAGCAAAGG AGCTATGACT ACCTCTCTAT CCATTCAACT 
CAGAACACAA TCAGTGCACC TGCATCACCA GCCATTCAAA AGGAAGTTTT TCTAAGTGGT 
CTAGAAAGAG AAATCATTTG TGTCAGCCTA AAACGTGACC CTAAGAATGG ATTTGGTTTT 
GTAATTATTG GAGGAGAAAA TGTAGGAAAA TTAGACCTTG GTATCTTTAT CGCTTCAATT 
ATCCCTGGTG GACCTGCAGA CAAAGCTGGA AATATCAAAC CAGGCGGACG ACTCATCTCT 
GTGAATAATA TTAGCCTTGA GGGTGTTTCA TTTAATACTG CAGTTAAAAT CATACAGAAC 
TCTCCTGACG AAGTGGAGCT CATCATCTCT CAACCTAAAG ACTTGTATGA AGAAGGATTA 
AATGAAGAAA AGATTCTATC AAGAGGAAAC AGTACTAGTG GATCTGAGAT CTCTTGTGTA 
GACAGTGGGA GAAAAAAGAT TCAGGATTGT CATACAGCTC TCCCCAAAGA ACAAGACATA 
AACATAGATG AACTTGAAAA GACTCTTTCC TGGAGTATAG CACCAAAATT GGGCTCTAGG 
ATTCCAGCTC CTTCAGCTGA TAGCCTGGAT GCAGAGGTAG CTGATTCTGC CCACTTACCA 
TCTCCATCAG AAACGAACTC AAAGGAAATC TACACGGTGG AGCTTCTTAA AGAAGATGGG 
ACTTTCGGAA TCAGTGTGAC TGGTGGAATT AACACTAGTG TGCGTGATGG TGGGATATAC 
GTGAAGTCAA TTATTCCCAG GGGACCAGCA GATAAAGACG GACAAATAAA GATAGGTGAT 
CGTCTGCTGG AAGTAGATGG CATCAGCCTC TGTGGCATCA CCCACAAACA GGCTGTGGAA 
CACCTGAAGA AATCTGGCCA GATTGCCAAG CTGGTTCTAG AAAGGGGAAA CTACCAACTG 
GCAGAGCCAG GTGTGACTGC TAATGACAGA AAGGAGGACC AATGTGCAGT TGTTTCTGTG 
GCAACATCCT TCACAGATGG TACCAAGGAC TACTGCTTTT TGACAGATGA TAATACATTT 
GAAGTGAGAT TAACAAAGAA TTCTGGAGGC CTTGGATTCA GTGTTCTGCA AATGGAAGAA 
GATTCTTGCG AACACCTTGG AGGAGCTATT GTAAGGATCA AAAGACTGTT TCCAGGGCAG 
CCAGCTGAAG AGAACGGAGA AATTGAAGTT GGAGACATCA TTTTAGCTGT GAATGGGAAA 
CCTCTTCGAG GGCTTTTGTA TCAGGATGTC CTGCACTTGT TGAGAGGAGC TCCTCGAGAA 
GTCACACTGC TACTTTGCAG ACCACCAAAA GGTGTTCTTC CAGAAATAGA GCAGTTTGCC 
CTGACTCCAG CACCATCTCC AGTCAAGGAG TTTGTGGCAG AAATGCCAGG TGGAAACAGC 
ATGGATCAAT CTACCAGTGA TGGAGGTAGT ACCTCTCCAG ACCTGGAAGA CTGCCTGGAT 
TCTCCAGTGG CAGAAGATTT CAGTGAGCCT CCTGAAGATG ACAGCTCAGC TTATGAAGAG 
CAGGAAGCTG AGTTTCAAGG GAAGACCATA GAGAAGTTCA CGACTTCCAG GGAGAGTTTC 
TATAAGCATC TTTGGAAGTT TCATCAAGAA GCTTCCAGTT CTGAAGTATT ACACTCCCTA 
GAGGAAGAAA TGAAGCAGAA TTGCTACTCA CCATGTGAAT TTGGACAGGT AAAAAGCTCA 
ATGCCCGCGG CTCCACTTTC ACGAGGAGGA AGCTTTGAGA CTCTCTCTGC GACCACTGCG 
ACCCCACAAG CACGTGTTTG TGGTCCCTTA TCATCATCCC CACCTGCTAG AGAGACACAT 
GACAGTGATA ATGAATGGGA AGACTTGGAG GAACCAGAGG AAGAGAAGGA AGAAAATGAA 
GATTGCACTC AGGAAACGGA GATATTTGTG ACTTTGACCA AGTCAGAGAA CAACGGGTAT 
GGATTCTCTG TAGTTCTTAA CAAAGTGGAT ACCTGCCTGT ATGTTGATGA AATCTTGAAT 
GACCCTGCTC TTTCTGATGG AAGACTGAGA AGGGGAGACA GAATCATTAT GGTGAATGGA 
ATTGATGTCA CATCTTTACC ATGCAATGAA GTCCTGACTT TACTGCAAAG CTCTCCTCCT 
GATCTGCACC TCGTGGTTGG TCGTGCTGAA AATGATCCAC ATCCCTCTAT TAGGCCAGAT 
GAGATTCCTG TAATTACTCT CACAAAAGGT GCCAATGGAC AGCTAGGCTT GAAGCTGACA 
GGAGGAGCTG GAAGCAAGTT ACAAGGTATT TATGTGCTAG AGATAGTGCC CGGCTCTCCT 
GCCAGTGTGG AAGGCAGTTT GCAGCCACAA GATCAGATTG TTTACATCTG TGGACTATGG 
ACTGAGGGCA TTAGCCTGGA TGATGCAGTG AGAGTGTGTG AAGCTGCCAC GCAGAATGTT 
CAAATCAAAG CCACAAGAAA TGGCAATCCA GTGGTTCCTA TAGAGCAGGA AAATAGGCCA 
CTAGCTGAGA CAGAGAAAGC CAATATTTCT TTGTCAAATG AAAACCTGAA TTCCAGAGAA 
CAGCATCTGT TGCATCAACA TGAGAAACAT TTGGAGGAAA CAAATTGTGG TGCTGAGCAA 
AACACTCCTG ATTCTCCAGA ATGTAAAGAC TTCATTATTA AGATCGAGCT GGAAAAAGCA 
GAAAATGGAA GCCTAGGATT TGCACTGGTA GGTGGAAGAA ATGGCAGGGC CATCCTAATA 
AAAGCCATCA GCCCAGACAG CATTGCAGAC CTAGATGGGA GGCTTCAAGT TGGTGACATT 
CTACTTAAGG TGAATGAGAC TTTTGTCTCT GGTCTGCCAC GCCAAACAGT TACGGATTTG 
CTGCGCAAGG CTCAAGGAAC CGTCCAACTC ACAGTCTGTC GAAGTGTGGC TTTGCACTGG 
GCTTATTCAG GCAATCAGAG TAACAGACCT TCCCCCACAA ACACAAAAGC AGAGCCTGCT 
AGTGCTGAGG AAAGTCTGCG AGCTCAACCT GTTTTCAGTT TCAAGAAAGA AGGCTCCAAC 
CAGATGTGCA GTAAGCTGCA GGATCCAGAA AGTACACACA ATTCTCTTCA AGGTCAGCTG 
GCTGGACAAG ACTATAGGGA TATCATCAGT AACATTTCAG ACAGGTCACA GAAATATTCA 
GAATGTGAAG GCTGCGGAAG AGAAAATCAT CAGTCTGAGT CAGACAGCTG GAACAATGAA 
GATGATGTTA TGCCCCACAG GATTCCTGTT CTACCTAGAA ACAGAACCTT TGCTTCTGGA 
GATGAACTGA CTCAGTTAAT TAACTTGAAA CCATCACGGT CTGGACTAGA TCCAAGGACT 
GGCATCACAG GTCTTATTCA AGGCCTTCAG TTGCGGATTG AGAATCAAGA GGTGTTAAAG 
GAGTTTATGG CTTTAGAACA TGTGAAACCA ATAGATGAGT GCAGAACTGG CAAAGCACCA 
GAAAACCGGC ATAAAAACAG ATACCAAGAC ATTCTTCCAT ATGATAAGAC ACGAGTTCCT 
CTGGGAGAAA AGAATGGCTA CATTAACGCA AGTTATATTA GAATGAAAGT TGGAGAAGAG 
GAACATTTTT ATATCATAAC CCAAGGGCCT CTGCCATCCA CTATGGCCGA TTTCTGGCAA 
ATGGTCTGGG AGAGTGAATC AAATGTGATT GCCATGATGA CAAAAGAAGT GGAGTTAGGG 
GAAGTCAAAT GTCATCGATA CTGGCCTGAG CCTCCCAATG ATTCTAAAGA CCTGGCAAAT 
TTCCATCTCA GGCTAGACAA TTACCAGATT CTGGAATACT TCGTAATTAG AAAAATAGAA 
GTGATCAACA AGCAGACAGA AGAGAAGCGC TTTATAAGTC ATTTGCAATT CACCACTTGG 
CCAGACCACA ATATTCCCAA ACTGGCCGAG CAGCTTGTAA AATTTATTTG TCACATGAGA 
AAAGCTCACA GTACAGGACC TATTGTTGCT CACTGCAGCA CTGGCATTGG AAGAAGTGGA 
GTTTTGCTGT GTATTGAAAT TCTGCTCAGC TATATAGAAA AAGATTTATG TTTCAACATC 
AAGGAGATAG TGAGGGATTT GAGAGATCAG CGTTTTGGCA TGATCCAAAC TAAGGATGAG 
TATTTATTCT GTTATGAAGT TGTGCTGGAA GTCCTTCAGA TGCTCCGAAC AATGGATTCC 
TACTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_017659325.1
CDS	61..6066
Translation	MVQFALGSVSEIEQVVTEDSTASQLNRSHVIRKRLHEKIPDTSPLSSQMNFHQDKGSRLMNYSQSTEDYRQLSADYSDSNSISESASLILSNRGHKRGKVPEMHRSCDPTLSGSRTQSSYKLFINRSVSAVEEIPGGTQKNNRQNLLSLGSTFSVSTKDYTAAASSQKCLFHRKEKFSGPEFIILSGEPPVTLQLPGSIVTKKGKSYLSQRDLNVILLNGQCLEVQCDIKTKARDVFNTVVAYANLVEHFYFGLAYLKGKEFFFLDEETKLYKVAPDGWNDQPKKKTSIINFTLFLRIKFFVNHFHVIQHGLTRHQFYLQLRKDILEERLYCNDETALKLGALALQAELGNYASEMHGKNYFRVEDYVPASRIEKMTLAYVQRELAKLHRMNRSLFEDEAELEFLKVTQQLPEYGVLFYRVSQEKKGAEGDIILGICAKGIIVYEIKNHTRIASLRFQWRETERISAHRKKFMIESSFSGKKHTFITDTAKTCKYLLDLCSAQHKFNAQMNSRQLRQTSSEDSKFVEIDKSNSAYAAQREHLALIQRLSRSENVLYGANLENLSAGMMSKSCDNLSVETNNRMRDKSNLGRSLSGLSQSEMHINLNEKQRSYDYLSIHSTQNTISAPASPAIQKEVFLSGLEREIICVSLKRDPKNGFGFVIIGGENVGKLDLGIFIASIIPGGPADKAGNIKPGGRLISVNNISLEGVSFNTAVKIIQNSPDEVELIISQPKDLYEEGLNEEKILSRGNSTSGSEISCVDSGRKKIQDCHTALPKEQDINIDELEKTLSWSIAPKLGSRIPAPSADSLDAEVADSAHLPSPSETNSKEIYTVELLKEDGTFGISVTGGINTSVRDGGIYVKSIIPRGPADKDGQIKIGDRLLEVDGISLCGITHKQAVEHLKKSGQIAKLVLERGNYQLAEPGVTANDRKEDQCAVVSVATSFTDGTKDYCFLTDDNTFEVRLTKNSGGLGFSVLQMEEDSCEHLGGAIVRIKRLFPGQPAEENGEIEVGDIILAVNGKPLRGLLYQDVLHLLRGAPREVTLLLCRPPKGVLPEIEQFALTPAPSPVKEFVAEMPGGNSMDQSTSDGGSTSPDLEDCLDSPVAEDFSEPPEDDSSAYEEQEAEFQGKTIEKFTTSRESFYKHLWKFHQEASSSEVLHSLEEEMKQNCYSPCEFGQVKSSMPAAPLSRGGSFETLSATTATPQARVCGPLSSSPPARETHDSDNEWEDLEEPEEEKEENEDCTQETEIFVTLTKSENNGYGFSVVLNKVDTCLYVDEILNDPALSDGRLRRGDRIIMVNGIDVTSLPCNEVLTLLQSSPPDLHLVVGRAENDPHPSIRPDEIPVITLTKGANGQLGLKLTGGAGSKLQGIYVLEIVPGSPASVEGSLQPQDQIVYICGLWTEGISLDDAVRVCEAATQNVQIKATRNGNPVVPIEQENRPLAETEKANISLSNENLNSREQHLLHQHEKHLEETNCGAEQNTPDSPECKDFIIKIELEKAENGSLGFALVGGRNGRAILIKAISPDSIADLDGRLQVGDILLKVNETFVSGLPRQTVTDLLRKAQGTVQLTVCRSVALHWAYSGNQSNRPSPTNTKAEPASAEESLRAQPVFSFKKEGSNQMCSKLQDPESTHNSLQGQLAGQDYRDIISNISDRSQKYSECEGCGRENHQSESDSWNNEDDVMPHRIPVLPRNRTFASGDELTQLINLKPSRSGLDPRTGITGLIQGLQLRIENQEVLKEFMALEHVKPIDECRTGKAPENRHKNRYQDILPYDKTRVPLGEKNGYINASYIRMKVGEEEHFYIITQGPLPSTMADFWQMVWESESNVIAMMTKEVELGEVKCHRYWPEPPNDSKDLANFHLRLDNYQILEYFVIRKIEVINKQTEEKRFISHLQFTTWPDHNIPKLAEQLVKFICHMRKAHSTGPIVAHCSTGIGRSGVLLCIEILLSYIEKDLCFNIKEIVRDLRDQRFGMIQTKDEYLFCYEVVLEVLQMLRTMDSY

Target ORF information:

RefSeq Version	XM_017803836.1
Organism	Lepidothrix coronata(blue-crowned manakin)
Definition	Lepidothrix coronata FERM and PDZ domain containing 2 (FRMPD2), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017803836.1

ORF Insert Sequence:

ATGGTCCAGT TTGCACTGGG AAGTGTCAGT GAGATAGAGC AGGTGGTCAC CGAAGACAGC 
ACAGCCTCCC AGCTGAACAG GAGTCATGTG ATAAGGAAAA GGCTGCACGA GAAAATACCG 
GACACCTCAC CACTGTCCTC CCAGATGAAT TTTCATCAAG ATAAAGGGTC CAGATTAATG 
AATTATAGTC AGTCAACAGA AGATTACAGA CAACTCTCTG CGGACTATAG TGACTCAAAT 
AGTATTTCTG AAAGTGCATC TTTGATACTG TCTAACCGAG GACACAAGAG AGGGAAAGTT 
CCAGAGATGC ACAGGTCATG TGACCCCACA CTTAGTGGGT CAAGGACACA AAGTAGCTAC 
AAGCTCTTCA TAAACAGGTC GGTCAGTGCT GTAGAAGAAA TCCCTGGTGG AACTCAGAAG 
AACAACCGAC AGAACCTGTT AAGCCTAGGT TCCACTTTCT CTGTGTCTAC AAAAGACTAC 
ACAGCAGCTG CTTCATCACA GAAATGTTTA TTCCACAGGA AGGAAAAGTT TTCAGGTCCA 
GAATTTATTA TTTTGTCTGG TGAACCACCA GTGACCTTGC AGCTGCCTGG ATCAATTGTG 
ACTAAAAAAG GGAAATCCTA TTTGTCCCAA AGGGATCTCA ATGTGATTCT ACTCAATGGG 
CAGTGCCTCG AGGTGCAATG TGACATCAAG ACCAAGGCAA GAGATGTTTT CAACACCGTG 
GTGGCGTATG CAAACTTGGT GGAACATTTC TACTTTGGCT TGGCTTACCT GAAAGGTAAA 
GAATTCTTCT TTCTGGATGA GGAGACTAAA CTCTACAAAG TGGCCCCAGA TGGCTGGAAT 
GACCAACCCA AGAAGAAAAC CTCCATCATT AATTTCACAC TCTTTCTAAG GATAAAATTC 
TTTGTCAACC ACTTTCATGT TATCCAGCAC GGCTTGACAA GGCATCAGTT TTACCTGCAG 
CTTCGTAAAG ACATTTTGGA AGAACGATTA TATTGCAATG ACGAGACTGC CCTGAAACTC 
GGCGCTTTGG CTTTACAGGC AGAGCTTGGC AATTATGCTT CTGAGATGCA TGGAAAGAAC 
TATTTTCGTG TCGAAGACTA CGTTCCAGCA AGTCGAATAG AGAAAATGAC CCTGGCGTAT 
GTACAGCGAG AGCTTGCTAA ATTACATCGT ATGAATCGTT CCCTATTTGA GGATGAAGCT 
GAACTAGAAT TTTTAAAGGT GACTCAGCAA CTTCCCGAAT ATGGAGTGCT ATTCTATCGT 
GTGTCCCAAG AGAAGAAAGG AGCAGAAGGG GACATAATCC TGGGAATCTG TGCCAAAGGC 
ATCATTGTCT ATGAGATCAA AAATCACACA AGAATTGCCA GTTTACGATT CCAGTGGCGT 
GAAACAGAGA GAATTTCAGC TCATAGAAAA AAATTCATGA TTGAAAGCAG CTTCAGTGGC 
AAGAAACACA CCTTCATTAC TGATACAGCG AAGACATGTA AATATCTACT GGACCTCTGT 
TCTGCCCAGC ACAAATTCAA TGCGCAGATG AATTCTAGGC AACTTCGGCA AACTTCATCA 
GAGGACAGTA AATTTGTGGA AATAGACAAA TCAAATTCTG CATATGCAGC TCAGCGTGAA 
CACCTTGCTC TTATCCAGAG ACTGTCTCGT TCAGAGAATG TGCTCTATGG AGCAAATCTG 
GAAAACCTTT CTGCTGGGAT GATGAGCAAA TCTTGTGATA ACCTCAGTGT GGAAACCAAC 
AACAGGATGA GAGACAAAAG CAATCTAGGC AGGTCCTTAT CAGGCCTATC CCAGTCAGAA 
ATGCACATCA ATTTGAATGA AAAGCAAAGG AGCTATGACT ACCTCTCTAT CCATTCAACT 
CAGAACACAA TCAGTGCACC TGCATCACCA GCCATTCAAA AGGAAGTTTT TCTAAGTGGT 
CTAGAAAGAG AAATCATTTG TGTCAGCCTA AAACGTGACC CTAAGAATGG ATTTGGTTTT 
GTAATTATTG GAGGAGAAAA TGTAGGAAAA TTAGACCTTG GTATCTTTAT CGCTTCAATT 
ATCCCTGGTG GACCTGCAGA CAAAGCTGGA AATATCAAAC CAGGCGGACG ACTCATCTCT 
GTGAATAATA TTAGCCTTGA GGGTGTTTCA TTTAATACTG CAGTTAAAAT CATACAGAAC 
TCTCCTGACG AAGTGGAGCT CATCATCTCT CAACCTAAAG ACTTGTATGA AGAAGGATTA 
AATGAAGAAA AGATTCTATC AAGAGGAAAC AGTACTAGTG GATCTGAGAT CTCTTGTGTA 
GACAGTGGGA GAAAAAAGAT TCAGGATTGT CATACAGCTC TCCCCAAAGA ACAAGACATA 
AACATAGATG AACTTGAAAA GACTCTTTCC TGGAGTATAG CACCAAAATT GGGCTCTAGG 
ATTCCAGCTC CTTCAGCTGA TAGCCTGGAT GCAGAGGTAG CTGATTCTGC CCACTTACCA 
TCTCCATCAG AAACGAACTC AAAGGAAATC TACACGGTGG AGCTTCTTAA AGAAGATGGG 
ACTTTCGGAA TCAGTGTGAC TGGTGGAATT AACACTAGTG TGCGTGATGG TGGGATATAC 
GTGAAGTCAA TTATTCCCAG GGGACCAGCA GATAAAGACG GACAAATAAA GATAGGTGAT 
CGTCTGCTGG AAGTAGATGG CATCAGCCTC TGTGGCATCA CCCACAAACA GGCTGTGGAA 
CACCTGAAGA AATCTGGCCA GATTGCCAAG CTGGTTCTAG AAAGGGGAAA CTACCAACTG 
GCAGAGCCAG GTGTGACTGC TAATGACAGA AAGGAGGACC AATGTGCAGT TGTTTCTGTG 
GCAACATCCT TCACAGATGG TACCAAGGAC TACTGCTTTT TGACAGATGA TAATACATTT 
GAAGTGAGAT TAACAAAGAA TTCTGGAGGC CTTGGATTCA GTGTTCTGCA AATGGAAGAA 
GATTCTTGCG AACACCTTGG AGGAGCTATT GTAAGGATCA AAAGACTGTT TCCAGGGCAG 
CCAGCTGAAG AGAACGGAGA AATTGAAGTT GGAGACATCA TTTTAGCTGT GAATGGGAAA 
CCTCTTCGAG GGCTTTTGTA TCAGGATGTC CTGCACTTGT TGAGAGGAGC TCCTCGAGAA 
GTCACACTGC TACTTTGCAG ACCACCAAAA GGTGTTCTTC CAGAAATAGA GCAGTTTGCC 
CTGACTCCAG CACCATCTCC AGTCAAGGAG TTTGTGGCAG AAATGCCAGG TGGAAACAGC 
ATGGATCAAT CTACCAGTGA TGGAGGTAGT ACCTCTCCAG ACCTGGAAGA CTGCCTGGAT 
TCTCCAGTGG CAGAAGATTT CAGTGAGCCT CCTGAAGATG ACAGCTCAGC TTATGAAGAG 
CAGGAAGCTG AGTTTCAAGG GAAGACCATA GAGAAGTTCA CGACTTCCAG GGAGAGTTTC 
TATAAGCATC TTTGGAAGTT TCATCAAGAA GCTTCCAGTT CTGAAGTATT ACACTCCCTA 
GAGGAAGAAA TGAAGCAGAA TTGCTACTCA CCATGTGAAT TTGGACAGGT AAAAAGCTCA 
ATGCCCGCGG CTCCACTTTC ACGAGGAGGA AGCTTTGAGA CTCTCTCTGC GACCACTGCG 
ACCCCACAAG CACGTGTTTG TGGTCCCTTA TCATCATCCC CACCTGCTAG AGAGACACAT 
GACAGTGATA ATGAATGGGA AGACTTGGAG GAACCAGAGG AAGAGAAGGA AGAAAATGAA 
GATTGCACTC AGGAAACGGA GATATTTGTG ACTTTGACCA AGTCAGAGAA CAACGGGTAT 
GGATTCTCTG TAGTTCTTAA CAAAGTGGAT ACCTGCCTGT ATGTTGATGA AATCTTGAAT 
GACCCTGCTC TTTCTGATGG AAGACTGAGA AGGGGAGACA GAATCATTAT GGTGAATGGA 
ATTGATGTCA CATCTTTACC ATGCAATGAA GTCCTGACTT TACTGCAAAG CTCTCCTCCT 
GATCTGCACC TCGTGGTTGG TCGTGCTGAA AATGATCCAC ATCCCTCTAT TAGGCCAGAT 
GAGATTCCTG TAATTACTCT CACAAAAGGT GCCAATGGAC AGCTAGGCTT GAAGCTGACA 
GGAGGAGCTG GAAGCAAGTT ACAAGGTATT TATGTGCTAG AGATAGTGCC CGGCTCTCCT 
GCCAGTGTGG AAGGCAGTTT GCAGCCACAA GATCAGATTG TTTACATCTG TGGACTATGG 
ACTGAGGGCA TTAGCCTGGA TGATGCAGTG AGAGTGTGTG AAGCTGCCAC GCAGAATGTT 
CAAATCAAAG CCACAAGAAA TGGCAATCCA GTGGTTCCTA TAGAGCAGGA AAATAGGCCA 
CTAGCTGAGA CAGAGAAAGC CAATATTTCT TTGTCAAATG AAAACCTGAA TTCCAGAGAA 
CAGCATCTGT TGCATCAACA TGAGAAACAT TTGGAGGAAA CAAATTGTGG TGCTGAGCAA 
AACACTCCTG ATTCTCCAGA ATGTAAAGAC TTCATTATTA AGATCGAGCT GGAAAAAGCA 
GAAAATGGAA GCCTAGGATT TGCACTGGTA GGTGGAAGAA ATGGCAGGGC CATCCTAATA 
AAAGCCATCA GCCCAGACAG CATTGCAGAC CTAGATGGGA GGCTTCAAGT TGGTGACATT 
CTACTTAAGG TGAATGAGAC TTTTGTCTCT GGTCTGCCAC GCCAAACAGT TACGGATTTG 
CTGCGCAAGG CTCAAGGAAC CGTCCAACTC ACAGTCTGTC GAAGTGTGGC TTTGCACTGG 
GCTTATTCAG GCAATCAGAG TAACAGACCT TCCCCCACAA ACACAAAAGC AGAGCCTGCT 
AGTGCTGAGG AAAGTCTGCG AGCTCAACCT GTTTTCAGTT TCAAGAAAGA AGGCTCCAAC 
CAGATGTGCA GTAAGCTGCA GGATCCAGAA AGTACACACA ATTCTCTTCA AGGTCAGCTG 
GCTGGACAAG ACTATAGGGA TATCATCAGT AACATTTCAG ACAGGTCACA GAAATATTCA 
GAATGTGAAG GCTGCGGAAG AGAAAATCAT CAGTCTGAGT CAGACAGCTG GAACAATGAA 
GATGATGTTA TGCCCCACAG GATTCCTGTT CTACCTAGAA ACAGAACCTT TGCTTCTGGA 
GATGAACTGA CTCAGTTAAT TAACTTGAAA CCATCACGGT CTGGACTAGA TCCAAGGACT 
GGCATCACAG GTCTTATTCA AGGCCTTCAG TTGCGGATTG AGAATCAAGA GGTGTTAAAG 
GAGTTTATGG CTTTAGAACA TGTGAAACCA ATAGATGAGT GCAGAACTGG CAAAGCACCA 
GAAAACCGGC ATAAAAACAG ATACCAAGAC ATTCTTCCAT ATGATAAGAC ACGAGTTCCT 
CTGGGAGAAA AGAATGGCTA CATTAACGCA AGTTATATTA GAATGAAAGT TGGAGAAGAG 
GAACATTTTT ATATCATAAC CCAAGGGCCT CTGCCATCCA CTATGGCCGA TTTCTGGCAA 
ATGGTCTGGG AGAGTGAATC AAATGTGATT GCCATGATGA CAAAAGAAGT GGAGTTAGGG 
GAAGTCAAAT GTCATCGATA CTGGCCTGAG CCTCCCAATG ATTCTAAAGA CCTGGCAAAT 
TTCCATCTCA GGCTAGACAA TTACCAGATT CTGGAATACT TCGTAATTAG AAAAATAGAA 
GTGATCAACA AGCAGACAGA AGAGAAGCGC TTTATAAGTC ATTTGCAATT CACCACTTGG 
CCAGACCACA ATATTCCCAA ACTGGCCGAG CAGCTTGTAA AATTTATTTG TCACATGAGA 
AAAGCTCACA GTACAGGACC TATTGTTGCT CACTGCAGCA CTGGCATTGG AAGAAGTGGA 
GTTTTGCTGT GTATTGAAAT TCTGCTCAGC TATATAGAAA AAGATTTATG TTTCAACATC 
AAGGAGATAG TGAGGGATTT GAGAGATCAG CGTTTTGGCA TGATCCAAAC TAAGGATGAG 
TATTTATTCT GTTATGAAGT TGTGCTGGAA GTCCTTCAGA TGCTCCGAAC AATGGATTCC 
TACTGA